On-Line Job-Shop Scheduling of a Manufacturing System Based on a Virtual Supervisor Concept

The paper reviews work in progress on modeling efforts of a manufacturing process for a crankcase of a diesel marine engine. Complexity of such a product with multiple customization opportunities and a long production cycle define a low-volume, asynchronous process with many interactions. Traditional modeling tools, suitable for high volume production where consecutively produced items do not interact with each other do not suffice to determine process dynamics and access to critical resources. An approach based on IDEF0 and CIMOSA architecture is utilized. Given process model, its further analysis can be conducted with the aim of flow improvement and guaranteed access to critical resources. The model will also be used as a basis of Process Flow Logic Machine control model.

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Identifying flows in the long cycle manufacturing process

Pasek

Pawlewski

2010

2010 IEEE 15th Conference on Emerging Technologies &Amp; Factory Automation (ETFA 2010)

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On-line Scheduling Method of Manufacturing System Based on Virtual supervisory Algorithm for Reference Pattern

Trujillo

Cardenas

Pasek

et al. 2006

2006 World Automation Congress

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On-Line Job-Shop Scheduling of a Manufacturing System Based on a Virtual Supervisor Concept

Cited by 2 publications

References 5 publications

Identifying flows in the long cycle manufacturing process

Identifying flows in the long cycle manufacturing process

On-line Scheduling Method of Manufacturing System Based on Virtual supervisory Algorithm for Reference Pattern

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